Connecting the web via T-Mobile technology
Connecting the web via T-Mobile technology
That’s against the rules. Competitors shouldn’t interfere with each other’s networks, which prompts FCC checks and lawsuits. Comcast (Xfinity) is significantly larger and more aggressive than CenturyLink. They might file a lawsuit against CenturyLink, possibly leading to bankruptcy since they’ve already gone through that route. Legally, they can’t stop companies from using shared infrastructure, but they could delay moves if equipment relocation is needed. Complete removal of cabling would likely trigger government action due to anti-competitive concerns. The DOJ could invoke the Sherman Act, as it did with Ma Bell. T Mobile offers home internet and 5G in some regions, though actual speeds often fall short of advertised claims.
It's interesting, but they do things quite a bit here. It's really surprising! You can search for Santa Fe NM and Comcast's history, and it seems they almost had exclusive control. I think there were some issues with Ma Bell, possibly some documents being taken. I don't have all the details, but it was definitely a big deal. It's clear they're focused on following the law and their intended purpose. The extent to which it's enforced is just part of the issue. Wow, I didn't realize it was improving internet access! That's a relief. I've grown tired of Comcast's inconsistent service and am exploring mobile options instead. In terms of stability, the small provider currently offers 3-4 out of 5 bars. Speed tests suggest I could get up to 200 Mbps down, but only around 70 Mbps up. It's puzzling why we don't have more consistent internet options.
Comcast is removing other customers' lines now—_-. https://forums.xfinity.com/conversations...08cd3cedbd I struggled to locate numerous articles proving CenturyLink did the same. Doing this isn't any better!
The article mentions subcontractors who aren't affiliated with Comcast. Contractors for ISP installations are typically paid per job, which can lead to shortcuts and subpar work.
Internet development has accelerated significantly worldwide since the 1990s. Back then, dial-up speeds ranged from 28.8k to 56k and ISDN offered 64k. Today, many nations provide multi-gigabit fiber connections. Most ISPs no longer depend on coaxial cables as a primary network backbone, and coaxial (cable) lines are being gradually replaced by GPON (especially fiber-based) and wireless solutions. Hubs have largely disappeared over the past ten years, with providers opting for switching technologies instead. I haven’t resided in the US for a long time, so my perspective on companies like T-Mobile is limited. However, it’s reasonable to assume they could operate as an ISP. Cellular carriers can distinguish their mobile broadband from their standard phone services. There have been substantial improvements since the GSM era to current CDMA and LTE systems. Connection limits exist due to spectrum constraints, but dense regions often host numerous cell sites that interweave with neighboring networks for balance and reliability. It’s not accurate to say it’s fixed. Across all countries I’ve visited outside the US, I’ve consistently achieved at least 500Mbit fiber and 4G mobile speeds around 80Mbit+. In New Zealand, I now enjoy 8Gbit fiber and 350Mbit+ 5G mobile. In Michigan, I previously had 200Mbit (Comcast) and solid 4G (Verizon). Many friends in the US already have gigabit connections. It appears you’re drawing generalizations based on your location and local availability. The main challenge in the US is also its strongest feature—competition. Many nations enforce fair market rules, separating wholesale infrastructure from retail services. This allows smaller providers to tap into networks nationwide and deliver service in underserved areas. I’m not certain what this practice is called now, but it was once known as LLU (Local Loop Unbundling). As someone with telecom experience, I can confirm it’s straightforward. Interestingly, the physical infrastructure beneath us is constantly changing. Even if you have a map of cable routes, after two decades it’s possible the lines have shifted slightly—especially in geologically active zones.